Stop wrestling with AWS, Firebase, and backend code. KeborMed gives you production-grade connectivity infrastructure so you can focus on your capstone project—not cloud configuration.
# Connect your device in 3 lines from kebormed import Device device = Device("my-sensor") device.send({ "temp": 36.5 })
Every BME student hits the same roadblocks. We built KeborMed to remove them.
Your capstone grade shouldn't depend on your DevOps skills. KeborMed handles the infrastructure so you can focus on what matters—your device.
Authentication, databases, APIs, hosting—it's all built in. No backend code required. Just connect your device and start collecting data.
Pre-built dashboards and mobile apps are included. Show real data flowing from your device. Impress the panel with something they can actually use.
Production-grade infrastructure for your student project. Zero configuration required.
REST API, MQTT, BLE—connect any sensor or microcontroller. Arduino, Raspberry Pi, ESP32, you name it.
See your data instantly with customizable dashboards. Charts, tables, real-time updates—all included.
iOS and Android companion apps ready to go. Your branding, zero code. Download and demo immediately.
TLS encryption, authentication, the works. Same security as FDA-cleared devices—free for your POC.
3 admin users + 3 test users included. Perfect for your capstone team. Everyone can access the data.
Getting started in under 10 minutes. Video tutorials, code examples, and a community to help when you're stuck.
We've seen too many capstone projects fail because teams got stuck on infrastructure.
| DIY (AWS/Firebase) | KeborMed Free | |
|---|---|---|
| Time to first data | 2-4 weeks | < 1 hour |
| Backend coding | Required | None |
| Mobile app | Build it yourself | Included |
| Dashboard | Build it yourself | Included |
| HIPAA-ready | Your problem | Built-in |
| Cost | $50-200/month | Free |
| Documentation | Stack Overflow | Step-by-step guides |
Join students building the next generation of connected medical devices.
Stream heart rate, SpO2, temperature to a cloud dashboard. Alert when values go out of range.
Popular capstone projectLog injection times, doses, and sync to a provider portal. Track medication adherence over time.
Connected drug deliveryTrack range of motion, reps, and generate progress reports. Physical therapy meets IoT.
Physical therapy IoTLower Development Cost
Faster Time to Demo
To First Data Point
The same platform powering FDA-cleared commercial devices.
Your student project runs on the same infrastructure as commercial medical devices. When you're ready to go further—whether that's a startup or a job—the platform scales with you.
Yes. The Self-Serve POC tier is completely free. You get 3 projects, 3 devices, and 500MB storage. No credit card required. No trial period. Free means free.
Absolutely—that's exactly what it's for. You cannot use real patient data (PHI) on the free tier, but simulated or test data works perfectly for academic projects.
Your projects stay active. If you join a company building connected devices, they can upgrade to a paid tier with your prototype as the starting point. Many students have done exactly this.
No. The platform handles authentication, databases, APIs, and hosting. You connect your device and start visualizing data. If you can write Arduino code, you can use KeborMed.
The paid tiers are HIPAA-ready. The free tier is for prototyping with non-PHI data only—which is exactly what most student projects need.
Create your free account and connect your first device in under an hour.